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    Home > Chemicals Industry > International Chemical > Dow released thermal conductive structural adhesives for new energy vehicle batteries

    Dow released thermal conductive structural adhesives for new energy vehicle batteries

    • Last Update: 2022-11-25
    • Source: Internet
    • Author: User
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    On November 5, Dow unveiled the next-generation VORATRON MA for the new energy vehicle market at the 5th China International Import Expo The 8200S series elastic thermally conductive structural adhesive helps new energy vehicle battery packs meet the challenges of
    safety and durability, sustainability, and integrated assembly.
    This series of elastic thermally conductive structural adhesives has been successfully applied to SAIC MG MULAN (MG 4) In
    the "Rubik's Cube" battery.

    According to reports, with intelligence, automation, electrification, low-carbon has become the inevitable development trend of the global transportation industry, more innovative, safer and more sustainable new energy vehicles have also become the key research and development direction of major domestic vehicle manufacturers, especially the technological innovation and commercial mass production of battery packs have become the key kinetic energy to accelerate the development of the industry, especially SAIC "Rubik's Cube" battery on the bonding of materials and the assembly of battery cells put forward complex and demanding requirements
    .

    YAO WEIGUANG, DOW'S CHIEF TECHNOLOGY OFFICER FOR ASIA PACIFIC, SAID THAT THE INNOVATIVE VORATRON MA WAS RELEASED THIS TIME 8200S series elastic thermal conductive structural adhesive is mainly used in the bonding between the battery cell and the insulating bottom shell, the battery cell and the upper cover plate, and the battery cell and the side plate stiffener, which can effectively cope with the daily vibration challenges of low amplitude and high frequency faced by the battery pack; The low storage modulus is conducive to long-term absorption of vibration energy and protects the safety of battery cell driving
    .

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